Transcranial Direct Current Stimulation Enhances Muscle Strength of Non-dominant Knee in Healthy Young Males

Overview of attention for article published in Frontiers in Physiology, December 2021

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RT @EK_kyoto2017: tDCSを20分間行い，膝関節屈曲＆伸展のMVC，RFDとRF，BFの筋活動を記録．非利き脚で刺激直後＆30分後にMVCとRFDは向上． BFとRFのRMSとMPFが刺激直後＆30分後に有意に高値．以上は利き脚ではみられなかった． ht…

09 Jan 2022

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tDCSを20分間行い，膝関節屈曲＆伸展のMVC，RFDとRF，BFの筋活動を記録．非利き脚で刺激直後＆30分後にMVCとRFDは向上． BFとRFのRMSとMPFが刺激直後＆30分後に有意に高値．以上は利き脚ではみられなかった． https://t.co/F6tLvqMlZ0

07 Jan 2022

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New study shows tDCS of M1 (HaloSport) acutely increases non-dominant knee extensor strength, RFD, and EMG amplitude in healthy men. Effects persist for 30 minutes. https://t.co/V3cHUNsXQj

07 Jan 2022

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New Research: Transcranial Direct Current Stimulation Enhances Muscle Strength of Non-dominant Knee in Healthy Young Males https://t.co/OvvrWkLaK8 #Physiology

20 Dec 2021

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